Shooting technique using extended intervals between frames, producing heavily accelerated motion.
Technical Details
Modern cameras offer interval recording (intervalometer) from 1 second to 24 hours. The compression ratio is calculated by dividing the recording interval by the playback speed: at 10-second intervals and 25fps playback, one second of film corresponds to 4 minutes of real time. Professional setups use motion control systems for smooth camera movements during recording. Digital cameras store individual frames as RAW files, which are then assembled into video sequences in post-production.
Three main variants exist: static time-lapse without camera movement, motion time-lapse with smooth camera travel, and hyperlapse with extreme location changes between shots.
History & Development
In 1897, Georges Méliès developed the first time-lapse experiments for plant growth. In 1912, Arthur C. Pillsbury perfected the technique for nature shots. The breakthrough came in 1929 with Jean Comandon's medical time-lapse films. In the 1960s, the technique became established through documentaries like "Powers of Ten" (1968). Digitization from 2000 onwards significantly simplified recording and post-production.
Practical Use in Film
"Koyaanisqatsi" (1982) used time-lapse for 40% of its runtime to depict urban hustle. "Tree of Life" (2011) employed the technique for cosmic sequences. Documentaries use time-lapse for weather phenomena, urban development, or biological processes. The workflow requires stable tripods, external power supply for multi-day shoots, and precise exposure automation for changing light conditions.
Advantages: Compression of long processes, visually spectacular effects. Disadvantages: High time commitment, weather-dependent, limited post-production options.
Comparison & Alternatives
Slow motion displays more frames per second than are played back. Hyperlapse extends time-lapse with extreme location changes between shots. CGI simulations are increasingly replacing complex time-lapse productions for natural phenomena. Real-time time-lapse (Live Time-Lapse) allows immediate preview during recording, while traditional time-lapse only becomes visible in post-production.